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How fast can a ball travel in an Olympic table tennis match?
The speed of the ball can vary from slow serves with much spin to smashes that travel as fast as 112.5 kilometers per hour (70 mph).
Will a wet tennis ball travel faster than a dry tennis ball?
It depends. If a tennis balls are hit with the same amount of force, then the dry tennis ball will travel faster and farther. However, if the two tennis balls begin traveling at the same speed, then the dry tennis ball will slow down more rapidly than the wet tennis ball. The reason is the added mass of water. It would take more force to make the wet tennis ball fly as fast as the dry, but the added mass also requires more force to slow down the wet ball.
Can air travel through a tennis ball?
Yes, of course. The material a tennis ball is made out of is porrus. That is why tennis balls go flat.
How fast can a women serve the ball in tennis?
120 mph
How fast does a old tennis ball lose its bounce from a new tennis ball?
It depends on the quality and conditions of the tennis ball. If the ball is used frequently, in the rain, or if it got wet, it could wear out in a few days.
How fast does a tennis ball lose its bounce?
Depends what surface your bouncing it on
What will travel faster a frozen tennis ball or dry tennis ball?
It depends on many factors. How will the tennis balls be propelled? Will you hit both with a racquet? Will you shoot them from a potato cannon?
What is an example sentence for tennis?
An example might be - Tennis is a fast-paced sport. Another example is - The tennis ball shattered the window.
Which ball is faster a baseball tennis ball or golf ball?
An average fast ball in the MLB is about 92 MPH, Roger Federer serves a tennis ball at 135 MPH and Tiger Woods' ball speed is 170 MPH.
What is the term for hitting a tennis ball hard?
i think so it can go fast
What is a simile for tennis?
As fast as a cheetah.
Why does a rocket have to go fast to put a satellite into orbit?
A rocket that is leaving the earth needs to travel at high speed to leave the earths gravity. The speed needed is approx 40,000km/h to break free from earths gravitational pull. An easy way to imagine this is if you pick up a tennis ball and throw it as fast as you can (eg, 90km/h) the tennis ball will travel up into the sky then will be pulled back down to the earth. Now you can throw the tennis ball at 20,000km/h. The ball would travel approx half way around the globe before being pulled back down to the earth. Now imagine you can throw the ball at 40,000km/h. The ball would leave the earth then travel around the earth in orbit.
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